SPYGLASS - SOS Safety International Inc. · Spyglass is a SIL-2 compliant Open Path gas detector...
Transcript of SPYGLASS - SOS Safety International Inc. · Spyglass is a SIL-2 compliant Open Path gas detector...
SPYGLASSOPEN PATH COMBUSTIBLE GAS DETECTOR
TECHNICAL DATA PACKAGE
TABLE OF CONTENTS SPYGLASS TECHNICAL DATA PACKAGE
3 Spyglass Overview
4 Spyglass Specifications
6 Technical Drawings
8 Accessories
SPYGLASS OVERVIEW
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LOW COST OF OWNERSHIP- Can replace 20 line of sight point detectors
- Lower up-front investments
- Source/Detector require minimum maintenance
- Only one consumable sensor to replace periodically;
IR flash source has 10-year warranty
DETECT MULTIPLE COMBUSTIBLE GASES SIMULTANEOUSLY- Ci-C8 Hydrocarbons:
• Methane
• Ethane
• Ethylene
• Propane
• Propylene
• n-butane
• Isobutane
• 1, 3-butadiene
• Isobutylene
• Alkanes
• Alkenes
• Naphthenes
• Benzenes
- These are the most common, but all Hydrocarbon
Gases are possible to detect
HANDLE YOUR CHALLENGING ENVIRONMENTS WITH EASE- Robust design can handle the toughest work
environments:
• 316L stainless steel casings and mounts
• Circuit boards epoxy-coated for durability
• Meets MIL-C-810C testing for humidity,
salt, fog, vibration, mechanical shock and
temperature
• Meets IP66, IP68 and NEMA 250 6P water and
dust egress standards
• SIL-2 approval per IEC61508
SPYGLASS SPECIFICATIONSSPYGLASS TECHNICAL DATA PACKAGE
Product Description
Spyglass is a SIL-2 compliant Open Path gas detector for combustible gas detection. It is available in 3 or 4 wire configuration with a standard 4-20 mA and MODBUS® output. It also supports HART® communication protocols. Spyglass has built in alarm and fault event logging. It also provides a user friendly 3 color status LED and is configurable with a non-intrusive magnetic switch.
Certifications
Global Approvals IECEx, ATEX, FM, FMC, SIL-2 (Third-Party Certification by TUV-Rheinland), DNV
Area Classification Class I Div 1 Group BCD, Class II Div 1 Group EFG, Class III
Environmental
Operating Temperature -55° to 65° Celsius / -67° to 149° Fahrenheit
Humidity 0-95% RH (non condensing)
Transmitter Specification
Power 3 wire or 4 wire
Operating Voltage 3/4 Wire 10-32 VDC (24 VDC nominal)
Operating Voltage 2 Wire 18-32 VDC (24 VDC nominal)
Power Consumption 12 Watts max. (6.0 Watts each for Source and Detector)
Electrical Input Protection MIL-STD-1275BxEN50270
Enclosure Material 316L Stainless Steel
Enclosure Ingress Protection NEMA 250 6P, IP66 and IP68
Conduit Connections 3/4” NPT or M25 thread
Communication Protocols Standard 4-20 mA, MODBUS®, HART®
Maximum 4-20 loop load Ohms (@24 VDC) 500 Ohms
Alarms1 alarm3 fail-safe system fault detection modes
Display
One 3 color status LED: Green – PowerYellow – FaultRed - Alarm
Documentation Languages English, Portuguese, Spanish
User Configuration ControlMagnetic Mode selector, Winhost Software (PC), HART® hand-held Communicator, MODBUS®
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Transmitter Specification Continued
Access ControlTransmitter provides controlled access to sensor range, alarm settings and other safetyfunctions; password protection for secure configuration control
MemoryNon-volatile memory ensures configuration parameters are retained in the event ofpower loss
AccessoriesCommissioning Kit, Sun shield, 5” Pole Mount, HART® Hand-Held Diagnostic Unit, Winhost Software, RS485 Connector cable, Magnetic Mode Selector
Flexible Design Allows for ease of calibration without the need to remove instruments.
Weight11 lbs (5 kg) each Detector/Source4.2 lbs (1.9 kg) each Tilt mount30.4 lbs (13.8 kg) Total
Wiring Transmitter accepts industry-standard 3-wire or 4-wire inputs
Flexible Mounting OptionSource/Detector each provides multiple conduit entry points for sensor, power, signal and relay wiring
Tilt Mounting Flange Surface Area 4.70” x 4.70” / 120mm x 120mm
Tilt Mounting Bolt Holes4 holes with 0.334” dia. (8.5mm) in square pattern, 3.937” (100 mm) each side of square, hole center to hole center.
Sensor Specification
Detector Type Combustible Gas detection of Hydrocarbon Gases
Sensor Types
Detector and Infrared Flash source, source changes depending on required range: Model 20 - Detects between 7 and 20 meters (23 - 66 feet) Model 40 - Detects between 15 and 40 meters (50 - 132 feet) Model 100 - Detects between 35 and 100 meters (115 - 330 feet) Model 200 - Detects between 80 and 200 meters (265 - 660 feet)
Sensitivity Range 0-5 LEL.m
Warranty
Infrared Flash Bulb 10 Years
Complete Spyglass System 3 Years
SPYGLASS SPECIFICATIONS
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TECHNICAL DRAWINGSSPYGLASS DETECTOR & SOURCE
¾” NPT or M25 Thread Electrical Connection (2 places)
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TECHNICAL DRAWINGSSPYGLASS DETECTOR & SOURCE
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ACCESSORIESSPYGLASS DETECTOR & SOURCE
USB RS485 Communication Kit
PN 8000453
Allows a PC to be used for configuration and diagnostics of the units. For Safe Areas Only!
HART® Hand-Held Communicator Kit
PN 8000451
For configuration and diagnostics of the units. Intrinsically Safe.
© 2014 Scott Safety. SCOTT, the SCOTT SAFETY Logo, Scott Health and Safety and Spyglass Open Path Combustible Gas Detector are registered and/or unregistered marks of Scott Technologies, Inc. or its affiliates.
Monroe Corporate Center • P. O. Box 569 • Monroe, NC 28110Telephone: 800.247.7257 • Facsimile: 704.291.8330www.ScottSafety.com • [email protected]
H/S 7198_EN 04/14 ISO 9001 Registered. All rights reserved.
Sun ShadePN 8000455
Protects the units against extreme sun, rain, snow and ice. Stainless Steel.
Function Check FiltersWarning Level Methane PN 8000457
Alarm Level Methane PN 8000458
Used to easily confirm detection capability of the system.
5” Pole MountPN 8000448
Used for convenient mounting of the unit on a purpose installed metal pole.
Magnetic Mode SelectorPN 8000497
Used to change detector operating mode via magnetic switch.
Tilt MountPN 8000447
Comes with the detector and source. For replacement they can be ordered separately.
Commissioning KitPN 8000449
For installation and alignment of the source and detector. Contains: alignment scope, function check filters, magnetic mode selector, allen wrenches and rear cover wrench.
Alignment ScopePN 8000450
Mounts to the source and detector for alignment of the units to one another, for maximum detection capability.